中华泌尿外科杂志
中華泌尿外科雜誌
중화비뇨외과잡지
CHINESE JOURNAL OF UROLOGY
2013年
7期
530-532
,共3页
马凤宁%施国伟%张跃辉%何家扬
馬鳳寧%施國偉%張躍輝%何傢颺
마봉저%시국위%장약휘%하가양
红外光谱%肾结石%成分
紅外光譜%腎結石%成分
홍외광보%신결석%성분
Infrared spectrum%Kidney stones%Composition
目的 根据肾结石成分的红外光谱分析结果,探讨肾结石成分与患者的性别、年龄等因素的关系. 方法 选取2002年5月至2011年5月408例肾结石患者,男271例(66.4%),女137例(33.6%),男∶女为2∶1.左肾结石164例(40.2%),右肾结石150例(36.8%),双肾结石19例(4.7%),位置不详75例(18.4%).结石标本来源分别为PCNL、开放手术取石和ESWL后自行排出.采用傅立叶红外光谱压片法分析结石成分. 结果 本组408例中含钙结石为359例(88.0%),其中单纯草酸钙结石197例(48.3%),磷酸盐结石180例(44.1%),混合成分结石211例(51.7%).主要检出成分为草酸钙48.3%,碳磷灰石34.8%,尿酸盐5.4%,磷酸镁铵4.4%,磷酸铵碳酸钙共晶3.4%,透钙磷石1.5%,胱氨酸2.0%,蛋白质0.3%.男性患者发病高峰年龄为30~59岁,女性为50~59岁. 结论 肾结石成分以草酸钙和磷酸盐结石为主.男性30~59岁、女性50~59岁是肾结石发病高峰年龄.
目的 根據腎結石成分的紅外光譜分析結果,探討腎結石成分與患者的性彆、年齡等因素的關繫. 方法 選取2002年5月至2011年5月408例腎結石患者,男271例(66.4%),女137例(33.6%),男∶女為2∶1.左腎結石164例(40.2%),右腎結石150例(36.8%),雙腎結石19例(4.7%),位置不詳75例(18.4%).結石標本來源分彆為PCNL、開放手術取石和ESWL後自行排齣.採用傅立葉紅外光譜壓片法分析結石成分. 結果 本組408例中含鈣結石為359例(88.0%),其中單純草痠鈣結石197例(48.3%),燐痠鹽結石180例(44.1%),混閤成分結石211例(51.7%).主要檢齣成分為草痠鈣48.3%,碳燐灰石34.8%,尿痠鹽5.4%,燐痠鎂銨4.4%,燐痠銨碳痠鈣共晶3.4%,透鈣燐石1.5%,胱氨痠2.0%,蛋白質0.3%.男性患者髮病高峰年齡為30~59歲,女性為50~59歲. 結論 腎結石成分以草痠鈣和燐痠鹽結石為主.男性30~59歲、女性50~59歲是腎結石髮病高峰年齡.
목적 근거신결석성분적홍외광보분석결과,탐토신결석성분여환자적성별、년령등인소적관계. 방법 선취2002년5월지2011년5월408례신결석환자,남271례(66.4%),녀137례(33.6%),남∶녀위2∶1.좌신결석164례(40.2%),우신결석150례(36.8%),쌍신결석19례(4.7%),위치불상75례(18.4%).결석표본래원분별위PCNL、개방수술취석화ESWL후자행배출.채용부립협홍외광보압편법분석결석성분. 결과 본조408례중함개결석위359례(88.0%),기중단순초산개결석197례(48.3%),린산염결석180례(44.1%),혼합성분결석211례(51.7%).주요검출성분위초산개48.3%,탄린회석34.8%,뇨산염5.4%,린산미안4.4%,린산안탄산개공정3.4%,투개린석1.5%,광안산2.0%,단백질0.3%.남성환자발병고봉년령위30~59세,녀성위50~59세. 결론 신결석성분이초산개화린산염결석위주.남성30~59세、녀성50~59세시신결석발병고봉년령.
Objective According to the infrared spectrum of renal stone composition analysis,discuss the relationship between gender,age and kidney stone.Methods Kidney stone composition analysis of 408 cases had been done in our hospital from the 2002 to 2011 by using Fourier transform infrared spectroscopy.There were 271 males (66.4%) and 137 females (33.6%).Results There were 359 cases with calcium stones,accounting for 88.0% (359/408); 197 cases with calcium oxalate stones alone,accounting for 48.3%; 180 cases with phosphate stones,accounting for 44.1%; 211 cases with mixed composition stones,accounting for 51.7%.Main chemical composition of the stones were:calcium oxalate 48.3%,carbonate apatite 34.8%,urates 5.4%,ammonium magnesium phosphate 4.4%,ammonium carbonate eutectic 3.4%,brushite 1.5%,cystine 2.0% and protein 0.3%.Male patients accounted for 66.4% of all cases and the peak onset age was 30-59 years; Female patient accounted for 33.6% of all cases and the peak onset age was 50-59 years.Conclusions Calcium oxalate and phosphate are the most common components of kidney stones.Males age between 30-59 years and females age between 50-59 years may suffer from of kidney stone formation.